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Diffusion Tensor and Functional MRI Fusion with Anatomical MRI for Image-Guided Neurosurgery

机译:用于图像引导神经外科的解剖学MRI扩散张量和功能性MRI融合

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In order to achieve its main goal of maximal tumor removal while avoiding postoperative neurologic deficits, neuro-oncological surgery is strongly dependent on image guidance. Among all currently available imaging modalities, MRI provides the best anatomic detail and is highly sensitive for intracranial pathology. However, conventional MRI does not detect the exact location of white matter tracts of areas of cortical activation. This essential information can be obtained non-invasively by means of diffusion tensor MRI (DT-MRI) and functional MRI(fMRI) respectively. Here we present our initial experience with fMRI and DT-MRI for surgical planning and guidance in ten brain bumor cases.
机译:为了达到最大肿瘤去除的主要目标,同时避免术后神经系统缺陷,神经肿瘤手术强烈依赖于图像引导。在所有目前可用的成像模式中,MRI提供了最佳解剖细节,对颅内病理学高度敏感。然而,常规MRI不会检测皮质激活区域的白质截面的确切位置。通过扩散张量MRI(DT-MRI)和功能MRI(FMRI)可以非侵入地获得该基本信息。在这里,我们在十亿脑热风案件中展示了FMRI和DT-MRI的初步体验和DT-MRI。

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